& ~RRRY ' he given figure a block of mass ‘m' is suspended from a spring. A force i applicd on the block in downward dircction which increases very slowly. When this force becomes F the spring breaks. What should be the value of u minismum constant force F” applicd in the given case such that the spring breaks’ e @ ( +1mi) 1 3 +mo ©3F-mo F @3z |In the given figure a block of mass 'm' is suspended from a spring.mA force is applied on the block in downward direction which increases very slowly. When this forcebecomes F the spring breaks. What should be the value of a minimum constant force F' applied in thegiven case such that the spring breaks? f(F+mg)2(a)(») F + mg

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Description: & ~RRRY ' he given figure a block of mass ‘m' is suspended from a spring. A force i applicd on the block in downward dircction which increases very slowly. When this force becomes F the spring breaks. What should be the value of u minismum constant f

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Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter5: The Laws Of Motion

Section: Chapter Questions

Problem 5.18P: A force F applied to an object of mass m1, produces an acceleration of 3.00 m/s2. The same force...

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& ~RRRY ' he given figure a block of mass ‘m' is suspended from a spring. A force i applicd on the block in downward dircction which increases very slowly. When this force becomes F the spring breaks. What should be the value of u minismum constant force F” applicd in the given case such that the spring breaks’ e @ ( +1mi) 1 3 +mo ©3F-mo F @3z

|In the given figure a block of mass 'm' is suspended from a spring.
m
A force is applied on the block in downward direction which increases very slowly. When this force
becomes F the spring breaks. What should be the value of a minimum constant force F' applied in the
given case such that the spring breaks? f
(F+mg)
2
(a)
(») F + mg

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